Our dilemma with life extension is purely one of morality. Ironically, the procedure that is required is a relatively simple one. We need a young donor to give their plasma along with a little blood, ideally, the donor should be in puberty and not sexually active. The donor gives 1000 ml of plasma and a little blood.
The receiver would also go through the donor process and extract 1000ml of plasma and then receive the donors 1000 ml of plasma and blood.
In addition to receiving weekly infusions of new donor plasma, Both the receiver and donor should live in a clean environment and eat a healthy diet. Regular detox and bowel cleaning should be done on a regular basis.
In addition to these practices, one should be willing to take advantage of any and all advancements in science and technology such as cloning, i.e. new organs, utilizing stem-cell technology.
*Plasma transfusions in mice have been proven to extend life.
Any and all useful pharmaceutical technologies should be utilized to the fullest.
The donor program along with diet, exercise, and a regular detox program alone would greatly prolong life. In addition to modern advances in life extension technologies, one could reasonably expect to at least double life expectancy from 80 to 160 years.
For Background information on nanotech:http://www.nano.gov/nanotech-101/what/definition
We could effectively build the cast for the placement of the nano-cars to manuver through like driving down a road to a specific destination a long a system of co-ordinated channels forming the performance grid for the operation; like a circuit board for the placement of the nano- car clamps,thus creating the surgical field.
Furthermore, the field can be printed on the gold plates and the nano-cars driven into place in precise position, bonded to the appropriate cell walls and then moved to their next location all with the application of an advance computing program that is capable of mapping out each cells location in relation to the surgical field. Once the bonding has taken place, the gold plate (surgical field) can be removed and the healing process can begin.
As far as the actual control of movement of the nano-ites, each one can be individually tagged and then driven to a designated place on the grid. This way, theoretically they could be positioned one at a time or all at once, in a coordinated way that could deploy the configuration is as efficient way as possible as to avoid any collisions and/or malfunction of the operation of the surgical field.
The application of this procedure is as follows. Assuming both the donor body and or limb is perfectly preserved and prepared for surgery, the donor surgical site would be scanned and mapped so that the coordinates could be programmed into the (field). The recipient would at the same time be placed in status and be prepared for the surgery. The donor head and or limb would be removed at (the chin line if for the head) and a cross-section scan would be made to account for the change in position as a result of the amputation. Robotic laser scalpel would be used to make as precise cut as possible. (This will have to be proven) The angles of the amputation will have to be predetermined and accounted for in the scans and pre-placement of the (field) on both the donor and the receiver and then calculated to match surgical sites together in as efficient manor as possible as to avoid having to graft any more surgical field area as possible. All surface area of both the donor and receiver surgical field sites in a 3 dimensional area must be known and accounted for in-order to efficiently connect the two surgical sites and bond them. The procedure for removal of the head and or preparation of the receiver surgical area would take place and all relevant scans would be made and the surgical field would be recalculated in order to match the surgical sites. Each surgical site has its own corresponding surgical fields that are the golden plates that the nano-cars with clamps are driven on and deposited on to their respective locations. One the nano-ites are in place, the donor and the receiver are brought together and aliened as perfectly as possible. A critical function of the nano-ites will be to have the capacity to recognize their position relative to one another and be remotely adjusted after initial placement, prior to bonding. This function could be achieved with magnetism by having specialized nano-ites in place to act as the new map of the surgical field post placement as both of the gold plates will have been removed. With the new network of nano-ites in place, they could be either remotely controlled by external means and or given specific commands preprogrammed to be carried out in order to maintain the integrity of the surgical field. Once the operation has be achieved. The patient will have to remain in status until the bond has been achieved. Then a rigorous program of rehabilitation will be required in order to reprogram the new body and or limb to function. Additionally, this procedure will be beneficial to the replacement of all other biological components, thus ensuring a pathway to human life extension.
This is one method of direct application, After some thought I think that laying down layers of substances that would give the nano-ites an affinity for one-another as well as an affinity or way to bond to appropriate and specific cell sites, would be an advancement to the above technique.
Another way to look at this, imagine placing one "nano" with the ability to form a bond with one nerve on a severed limb, and then placing one "nano" with one nerve on a donor limb; and when brought together in relative proximity, the two "nanos" were attracted to each other thus bringing the two nerves together as one. It then comes down to a question of how efficiently you can preform this procedure.
More to come...
